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October 14.2025
3 Minutes Read

How Governments Can Leverage AI Learning and Agentic AI Effectively

Futuristic digital scales in AI learning environment.

The New Frontier in Government Efficiency: AI Agents and Agentic AI

As governments worldwide seek innovative solutions to complex challenges, the emergence of artificial intelligence (AI) agents and the broader concept of agentic AI are reshaping how public sectors operate. These technologies present both opportunities and pressing questions: How can they genuinely enhance efficiency? And what should government officials consider before deploying such systems?

The Difference Between AI Agents and Agentic AI

Understanding the distinctions between AI agents and agentic AI is pivotal. AI agents are specialized tools designed to execute specific tasks autonomously, often utilizing various algorithms to interact with data, make decisions, and perform actions with minimal human intervention. In contrast, agentic AI encompasses a framework where multiple AI agents collaborate to achieve complex objectives either autonomously or semi-autonomously. The robust functionalities of agentic AI allow it to not only manage multiple agents but also to learn and adapt from their interactions, effectively transforming the bureaucratic processes within government.

Addressing Governance Challenges with Agentic AI

While agentic AI offers transformative potential, its adoption introduces significant governance challenges that organizations must anticipate. Without proper frameworks, issues such as data quality, security risks, and compliance with existing laws can arise. As noted in a recent analysis by Congruity 360, effective governance for agentic AI includes establishing clear guidelines for agent behavior, implementing privacy-by-design practices, and maintaining rigorous data management protocols.

Unlocking Public Sector Potential: Real-World Applications

Various government departments stand to benefit from integrating agentic AI into their operations. For instance, using intelligent agents for tasks such as benefits enrollment or fraud detection can significantly reduce the manual workload for employees while increasing accuracy. As Booz Allen demonstrates, these digital agents can autonomously manage intricate workflows, allowing human staff to focus on more strategic initiatives.

The Importance of Real-Time, Quality Data

A key factor in the successful implementation of agentic AI is data—specifically, its quality and accessibility. Agentic AI systems thrive on timely and relevant data, enabling them to make informed decisions and swiftly adapt to changing situations. Governments must prioritize establishing access to structured and context-rich datasets to empower their AI initiatives effectively.

Strategies for Governments to Innovate Responsibly

The challenge for governments is twofold: to adapt to the evolving landscape of AI technologies while ensuring ethical and responsible governance. By employing a framework that emphasizes transparency, accountability, and human oversight, agencies can leverage agentic AI capabilities efficiently. Regular audits, performance assessments, and continuous feedback loops will further strengthen the integration of AI in public service.

Future Outlook: Adapting to Rapid Changes

As agentic AI continues to evolve, it will likely influence governmental functions in unprecedented ways, improving efficiency and responsiveness. By embracing this technological shift and addressing its challenges proactively, states can pave the way for enhanced decision-making processes, resource optimization, and citizen engagement. It will be crucial for policymakers to remain engaged with the latest advancements and prepare suitable frameworks to govern these powerful tools effectively.

Understanding the intricacies of AI technology, especially agentic AI, is fundamental for governments aiming to innovate responsibly and effectively. Engaging with experts and fostering discussions surrounding these technologies will ensure that public sectors can harness their full potential, aligning technological advancements with the principles of good governance.

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10.14.2025

Transform Your SAS Visualization: Using High-Low Plots as Histogram Emulators

Update Understanding High-Low Plots as Histogram Emulators in SAS When it comes to data visualization in SAS, the application of graphic tools significantly affects the way data is understood and presented. Among various methods, utilizing high-low plots to emulate histograms is garnering increasing attention. This technique not only provides a solution to the limitation of combining incompatible plot types but also offers a dynamic way to visualize empirical distribution alongside density estimates. Enhancing Data Visualization Techniques SAS, a powerful analytics tool, offers a variety of procedures such as PROC UNIVARIATE for histogram generation and density estimation, yet it presents challenges when plotting complex overlays. High-low plots come into play by allowing the overlay of one or more curves on a histographic display effectively. This integration provides an avenue for clearer comparisons between empirical data distributions and respective theoretical models. Why Choose High-Low Plots to Emulate Histograms? The beauty of high-low plots lies in their flexibility. Traditional histograms often face challenges when attempting to overlay data such as multiple density curves. As noted in the referenced discussions, standard histograms and series plots, which display line charts, are not compatible in PROC SGPLOT. The high-low plot, on the other hand, can seamlessly integrate the visual display into one cohesive graphics window, effectively allowing multiple curves to be showcased over the histogram-like data. Step-by-Step: Creating a High-Low Emulated Histogram To create a high-low plot in SAS that acts as an emulator for a histogram, you can follow a systematic approach. Begin by preparing the necessary data that includes the mid-points of the bins and their respective heights using PROC UNIVARIATE with an OUTHIST option. This provides the required structure for the HIGHLOW statement: data YourDataSet; /* Create your dataset */ input Centroid Low High; datalines; ... ; This dataset will serve as the backbone for the high-low plot, enabling you to represent your data effectively. Advantages of Using High-Low Plots By adopting high-low plots in data analysis, users gain significant advantages: Clarity of Representation: High-low plots can concisely represent variability within the data while showcasing overlays, thus enhancing communicative power. Customize Your Data Display: Integrating multiple display options allows users to tailor their plots according to the needs of their analysis. Facilitates Comparison: With high-low plots, comparing empirical distributions and fitted curves becomes considerably easier and more visually appealing. Future Trends and Practical Insights As data visualization continues to evolve, the need for adaptive and flexible tools becomes more pronounced. Emulating histograms with high-low plots not only caters to current analytical demands but is also aligned with emerging trends in data science, where visual clarity is essential for effective decision-making. Equipped with new insights into these powerful visualization techniques, professionals and learners can refine their approaches to data analysis, fostering a deeper understanding of underlying patterns through effective representation. Conclusion In conclusion, using high-low plots to emulate histograms in SAS represents a valuable skill for data analysts. By mastering this technique, users can enhance their analytical capabilities in areas such as AI learning, leveraging data effectively to inform decisions and drive innovations in AI science. So why not start implementing these strategies in your next statistical analysis project?

10.14.2025

SAS Championship's 25th Anniversary: A Fusion of AI Learning and Golf

Update Celebrating a Milestone: The 25th SAS Championship The 25th SAS Championship serves not only as a platform for elite golfers but as a powerful showcase of community and technology. While the greens echoed with cheers of accomplished athletes, the true highlight was a week filled with events that connected innovation with opportunity almost seamlessly. This year, the HBCU Invitational and career day provided a unique opportunity for student-athletes from Historically Black Colleges and Universities to network and learn about future careers in technology. The HBCU Invitational: Bridging Golf and Technology This year marked the fourth annual HBCU Invitational where young minds gathered to compete, interact, and explore their future. Reggie Townsend, Vice President of SAS, ignited the event by emphasizing the importance of curiosity and connection among students. He encouraged attendees to leverage this unique chance to create lasting relationships beyond the course. With insights from leaders at LinkedIn and Microsoft, attendees delved into crafting a robust digital presence and preparing for future careers influenced by artificial intelligence. The tournament concluded with North Carolina A&T securing wins in various categories, showcasing the prowess of these young athletes. Honoring Service: Folds of Honor Collaboration In a heartfelt tribute, the SAS Championship extended its reach beyond sports to honor veterans through its partnership with Folds of Honor. A ceremonial opening, featuring JROTC from Cary High School and veterans sharing personal stories, conveyed powerful messages of remembrance and service. Pat Gallagher from SAS shared a poignant moment being 'coined'—a symbol of recognition and gratitude, highlighting how the championship aligns values of honor and education through awarded scholarships for families of wounded or fallen heroes. Community Engagement: Fairway to Fun Aiming to enhance community ties, the Fairway to Fun event delighted attendees with hands-on tech experiences and local cuisine. This wasn't just a festive gathering, but a celebration of creativity and connection with a mission. The YMCA of the Triangle partnered with SAS to promote STEM education, engaging youth in inspiring activities linking technology and personal growth. Events like these emphasize how the SAS Championship doubles as a significant community outreach and development platform. The Final Competition: Alex Čejka's Remarkable Victory On the greens, Alex Čejka clinched the title, making history as only the second German golfer to win the SAS Championship. His exceptional performance, scoring 9 under par, was marked not just by athletic prowess but also by the challenging rainy conditions that added an intriguing twist to the final day of competition. Čejka embodies the spirit of perseverance, resonating deeply with current and future generations of both golfers and tech professionals alike. What's Next: Future Predictions in Golf and Tech As technology continues to evolve, the intersections with sports like golf offer exciting prospects. The influence of AI is growing—tracking performance, enhancing training, and refining gameplay strategies, reshaping how athletes prepare and compete. This transformation isn't limited to golf; it's a glimpse into a future where AI learning paths are essential for both budding athletes and young professionals. Such amalgamations highlight the necessity for technology and education initiatives in today’s STEM conversations. Organizations like SAS, by supporting events like the HBCU Invitational, are paving the way for the next generation of diverse technology leaders who will drive innovation forward. Conclusion: Embracing the Future of Technology The SAS Championship is much more than a prestigious golf tournament; it’s a community-building endeavor that integrates education, technology, and philanthropy. As the next chapter unfolds, there's an urgent call for continued support for STEM education, creating pathways for youth that embrace the advancing technologies shaping our future. In light of this vibrant future, continue to engage with opportunities that bridge traditional practices with revolutionary technology. Seek out educational workshops, stay informed about industry developments, and above all, foster connections that propel both your career and community forward.

10.10.2025

Why Dehumanizing AI Is Essential to Understanding Human Potential

Update The Dark Side of Metaphors in AI Metaphors have long been a powerful tool for communication, allowing us to understand complex concepts by relating them to familiar experiences. However, when applied to artificial intelligence, they can lead to significant misunderstandings. As Evan Markfield suggests, when we say that "ChatGPT thinks" or "AI can empathize," we risk breathing life into something that is fundamentally a complex algorithm—a next-word-prediction engine. This misrepresentation can skew our understanding of human capabilities, creativity, and emotional depth, leading us to undervalue the essence of being human. AI Versus Human Creativity: A Misleading Comparison The question of AI's creative abilities is as contentious as it is profound. Eryk Salvaggio, a professor in Humanities, Computing and Design, argues that attributing creativity to AI significantly undermines the unique human experiences that define our creative pursuits. According to him, it’s not the machine that creates but humans who make the choice to utilize AI in the creative process. The power of creative thought lies within the person directing the machine, a perspective that re-establishes the value of human creativity in an era increasingly dominated by technology. Understanding Empathy: More Than Simple Simulations Similarly, while AI may demonstrate behaviors that mimic empathy—like analyzing vocal tones or physiological signals—this does not equate to genuine understanding or compassion. Ben Bland, an expert in ethical innovation, points out that AI’s responses are rooted in data-driven pattern recognition rather than authentic emotional comprehension. This distinction becomes critical when we reflect on the environment in which AI operates; it often aims to replace or optimize human interactions, leading to a potential erosion of genuine empathy in spaces where it’s most needed. The Quantification of Human Experience: Risk and Responsibility New insights shed light on how AI transforms our behaviors and actions into data points—this quantification can be both an advantage and a disadvantage. Dr. Christina Colclough explains how the data AI gathers—from our emotional responses to daily decision-making—can shape personal and professional opportunities significantly. While AI analyzes trends and feeds algorithms that purportedly improve experiences, it often lacks the nuanced understanding of context that human interactions rely on. This reliance on data might simplify our complex human experiences, reinforcing how vital it is to retain a human-centered approach to AI implementation. The Language We Use Shapes Our Understanding The language we use around AI holds profound implications for our relationship with these technologies. Words that humanize AI can lead us to overlook the core differences between computation and human emotional experience. By recognizing the impact of language on perception, we can avoid devaluing what it means to be human. As such, it's essential to foster a culture of thoughtful discourse surrounding AI, where language shapes a clearer understanding of technology's role without overshadowing the unique attributes of human beings. Implications for the Future: Bridging the Gap As we navigate an increasingly AI-driven world, our understanding must evolve alongside technological advancements. The challenge lies not merely in the functionality of AI but in how we culturally define and relate to it. Acknowledging the limitations of AI while celebrating human capacity for creativity and empathy is crucial as we strive for a balanced coexistence with these tools. Moving forward, we must cultivate digital literacy that empowers individuals to critically engage with AI technologies—an endeavor that serves to enhance both human potential and technological progress. In this rapidly evolving landscape, individuals interested in understanding the value of AI must keep questioning and redefining these technologies. By embracing an informed approach that recognizes the limitations of AI while elevating the significance of human attributes, we can continue to foster innovation that respects and enhances human experience. Explore your AI learning path today and contribute to a more informed future.

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